CyberSecurityInc.net https://cybersecurityinc.net Proactive Security Mon, 04 Apr 2022 08:18:57 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.1 https://cybersecurityinc.net/wp-content/uploads/2022/02/cropped-favicon-512x512-1-32x32.png CyberSecurityInc.net https://cybersecurityinc.net 32 32 Why VAPT Testing Is Important for an Organization? https://cybersecurityinc.net/why-vapt-testing-is-important-for-an-organization/ https://cybersecurityinc.net/why-vapt-testing-is-important-for-an-organization/#respond Mon, 04 Apr 2022 08:17:01 +0000 https://cybersecurityinc.net/?p=12131 As businesses are digitizing their business processes and operations, the risk of this advancement is also huge. The world is full of hackers who are always searching for loopholes in your IT infrastructure. As soon as they find a minor glitch in your system, they will enter to steal your personal or essential business data.  […]

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As businesses are digitizing their business processes and operations, the risk of this advancement is also huge. The world is full of hackers who are always searching for loopholes in your IT infrastructure. As soon as they find a minor glitch in your system, they will enter to steal your personal or essential business data. 

This is why the need to make an airtight security plan is a must-have for all businesses. To protect your business, you need to view your company from a hacker’s perspective. Having cyber security software solutions for your business can save you from this headache. 

These security firms have years of experience working with different companies and industries to handle cyber security issues. They help you find vulnerabilities in your systems by running penetration testing on your network.

What Is a VAPT?

VAPT, also called vulnerability assessment and penetration testing aims to pinpoint the risks and weaknesses in an application, network, endpoint, and cloud. vulnerability assessment security scans the digital assets and reports to organizations about pre-existing flaws. On the other side, a penetration test exploits the vulnerabilities in the system & determines the security gaps. This test is helpful because it provides an accurate picture of a company’s security from a hacker’s perspective.

Pen testing includes testing a computer network, system, or web application to find gaps that a hacker could exploit. It allows your security team to find flaws in your defenses before a cyberattack arises.

Importance of VAPT

VAPT is a must-have part of a cybersecurity strategy for any business, and it helps endorse the defense system of a company’s networks, applications, and systems. Pen testers use different pen testing tools to launch simulated attacks to assess security holes before criminals do.

This process helps organizations effectively test their IT infrastructure security controls, and it works as the base for businesses to design their security policies and controls more effectively.

Reasons Businesses need VAPT

VAPT is not just a vulnerability scan. It is designed to explore the real-time effectiveness of your existing security controls against so many skilled hackers. This is important for small or high-profile companies to engage in penetration testing services regularly. As they are under threat of cyberattacks of different severity at any time. Here are a few key reasons that make VAPT crucial for any business;

1- Discover system vulnerabilities before Criminals do

While developing and executing an organization-wide IT infrastructure, it is normal for vulnerabilities and bugs to appear. Hackers can exploit these bugs and attack your system with their experience in exploiting known vulnerabilities. This will allow a full seizure of your network to access executive powers in your application. Fortunately, hiring pen testers will help you identify these bugs on time to fix them while continuing with daily operations.

2- Develop Efficient Security Procedures

A VAPT test empowers your business with savvy information about the known security holes. This will help you make refined decisions and systematically build a roadmap to fix the identified bugs. Some bugs could be fixed right away, while others might take some time. Make sure to hire a professional and experienced firm for vulnerability assessment and pen-testing. Although this process may involve automated tools, the focus remains on the manual skills of pen testers. 

3- Reduce Network Downtime and Remediation Costs

Striving to fix security bugs after an attack could be very costly and may cause a major outage for your business. However, penetration testing services are a proactive way to identify your IT infrastructure’s weak area and prevent severe financial and reputational loss. For uninterrupted business operations, it is recommended to run penetration testing once or twice a year at least. 

 

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Top 4 Cybersecurity Trends and Predictions for 2022 https://cybersecurityinc.net/top-4-cybersecurity-trends-and-predictions-for-2022/ https://cybersecurityinc.net/top-4-cybersecurity-trends-and-predictions-for-2022/#respond Fri, 25 Mar 2022 07:31:15 +0000 https://cybersecurityinc.net/?p=12113 Over the past few years, we have witnessed a tremendous increase in the cybersecurity landscape. Especially since the pandemic has dominated every aspect of lives, the need for cyber security solutions has become the core focus of nearly all businesses and their decision-making as well. The year 2022 has already started, and now is the […]

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Over the past few years, we have witnessed a tremendous increase in the cybersecurity landscape. Especially since the pandemic has dominated every aspect of lives, the need for cyber security solutions has become the core focus of nearly all businesses and their decision-making as well. The year 2022 has already started, and now is the time to fine-tune our new year’s cyber security resolutions. It’s time now to look at the top cyber security trends and predictions to map them to your security strategy. so let’s get started with our predictions;

Ransomware Remains the Biggest Threat:

Ransomware will remain one of the biggest threats in 2022 of course and will evolve along a few tracks. Attackers will find more and more initial exploits to quickly reach high-value targets and increase the size of their recent demands. Critical infrastructure will become the battleground of nation-states. Attacks will increasingly target information security environments and fourth ransomware methods will focus on data explication. Unfortunately, ransomware will not be your only worry. Supply chain attacks, specialized vertical threats, exploits of weaknesses in cloud security, and external remote services will still continue to rely on social engineering and fishing for their initial breach.

Tech and Innovation Will Stay On Top of CISO’S Agenda:

Tech and innovation will play an increasing role in organization cyber security strategies .2021 was a record-setting year in terms of cyber security venture funding. This search investment drives technology innovation in the cyber security industry and increasingly shapes cyber security strategies in organizations. Although investment in tech should remain risk-based driven, there is no one-size-fits-all technology. We still spot five main tech trends in cyber security;

   – Move towards more visibility: you cannot protect what you cannot see. Organizations will increasingly invest in internal and external visibility tools such as risk-based vulnerability management, penetration testing platforms, and cyber threat intelligence.

   – Zero Trust: We should never trust, always verify, which is one of the major hello in the 2022 zero trust journey of organization which will accelerate to reduce the risks induced by our new digital way of work.

   – Hybrid cloud security: Bringing trust to the cloud is a common concern for most organizations. As they further adopt cloud computing. They will need to implement a layer of security controls across their cloud edge and traditional environments.

   – Data & Identity Protections: Organizations will have to start testing privacy-enhancing computation tools such as homophobic encryption, zero-knowledge proof, or confidential computing to protect their golden nuggets

   – Managed Detection and Response (MDR): Since many traditional socks are failing to prevent the rapidly changing techniques employed by attackers. MDR uptake will continue to grow in 2022.

Assess and Improve Your Security Posture:

If you feel like it is impossible to catch your breath in today’s complex threat landscape and expand the attack surface, maybe it is time to stop to assess and improve. Beyond assessing whether to employ more security analytics and automation, shift towards the edge with access right governance across the entire stack. A major element of assessing and improving will be to simplify and rationalize. It is typical for organizations to have somewhere between 15 and 50 different security technologies and enough staff to be experts in only five of them, which does not help with the shortage of cyber security skills. Too many security vendors lead to more complicated security operations and more security personnel needs.

Keep Regulations & Compliance On Your radar:

security and data privacy regulations must be on your radar with the incoming level of risk from cyber-attacks against critical infrastructure, pipelines, hospitals, and increasing numbers of data breaches, governments worldwide have been forced to act. In the U.S, a new privacy legislation in different states will continue to appear until there is agreement on federal law. We will also see the implementation of Biden’s administration plan to address the recent U.S attacks. In Europe, the cyber security agenda is also very active, including; talks on revising GDPR for more uniform implementation, finalizing the NIST directive 2.0 to protect clinical infrastructure, increasing sectoral regulations such as DORA for financial services, and a cyber resilience act to make IoT device security a reality. This will make compliance more complex for most organizations and require additional international cooperation and standardization.

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Cybersecurity Metrics to Track in 2022 https://cybersecurityinc.net/cybersecurity-metrics-to-track-in-2022/ https://cybersecurityinc.net/cybersecurity-metrics-to-track-in-2022/#respond Fri, 11 Mar 2022 07:56:21 +0000 https://cybersecurityinc.net/?p=12055 Cybersecurity is an issue faced by nearly all organizations around the world today. As a result, organizations need ongoing safety checks and necessary precautions to prevent their businesses from potential cyber threats. But, even if you have already invested in cyber security solutions, are you tracking your efforts? The best way to address each of these […]

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Cybersecurity is an issue faced by nearly all organizations around the world today. As a result, organizations need ongoing safety checks and necessary precautions to prevent their businesses from potential cyber threats. But, even if you have already invested in cyber security solutions, are you tracking your efforts? The best way to address each of these threat vectors is by using quantifiable cybersecurity metrics.

What are Cybersecurity Metrics:

There is a significant dissimilarity between perceived security and actual security. Perceived security is what you wish to be in place of your organization. On the other hand, actual security is much more difficult to understand. This is because actual security demands verifications – not just what you believe to be in place. Cybersecurity metrics will provide you with that verification. In addition, measuring the performance of your cybersecurity practices will help you determine the efficiency of your security processes and controls and detect areas for improvement. 

What Cybersecurity Metrics do you need to track?

You can measure the effectiveness of your security practices by monitoring and reporting on the right metrics. Here are some key stats to keep in mind;

1- Type of Botnet Infections:

The most important aspect to understand is to know the quantity and types of botnets that can infiltrate your system. If some botnet breaches your network, it can send whatever data it collects right back to the server that’s controlling it. This means your devices are at risk of being tricked into routing confidential information directly into the hacker’s hands. However, if you know what type of botnets you are up against regularly, you will be better able to install the right additional safety measures. You can work with a cyber security consultant company to implement these safety measures. 

2- Quantity of Unpatched Vulnerabilities:

The critical step to determining the number of vulnerabilities in your system is conducting regular internal network audits or using third-party software to scan for vulnerabilities. As soon as you identify these vulnerabilities, it’s crucial to patch them as soon as possible. When a new version or update comes out, it might have some bugs that aren’t completely worked out just yet. As soon as these buds are identified, providers use to release patches to keep your systems safe from any cyber threat. In case, you haven’t invested in Cybersecurity yet, having vulnerability assessment and penetration testing services will help you identify the bugs in your applications and systems. 

3- Quantity of Properly Configured SSL Certificates:

When it comes to SSL certificates, ask yourself these two questions. Do they meet the accepted security level, and is your server configured adequately for them? Having a properly configured SSL key ensures that when a device in your network communicates with each other, the exchange becomes secure. Wise versa, if the answer to the above questions is “NO,” it means that your SSL keys are exposed to external hackers. To protect your system from such beaches, you need to ensure that your business and the third parties you are communicating with through your network have SSL certificates configured adequately in place. 

4- Percentage of Employees with User Access:

You might have no idea how much your employees can affect your cybersecurity health. It just takes one accidental click to open an opportunity for a hacker to get into your network through an employee’s user privilege. In fact, more than 80% of cyberattacks are caused by human error. Thus, it’s very crucial to monitor who in your organization has access to what. It is also very important to make sure that if an employee leaves your organization, you must revoke all the access immediately. 

By keeping track of all these above-mentioned metrics, you will have peace of mind that your cybersecurity practices are protecting your organization adequately. If you further need assistance, you can always take help from companies providing cyber security solutions in USA

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Best Practices to Secure Your SaaS-Based Applications https://cybersecurityinc.net/best-practices-to-secure-your-saas-based-applications/ https://cybersecurityinc.net/best-practices-to-secure-your-saas-based-applications/#respond Mon, 07 Feb 2022 07:04:05 +0000 https://cybersecurityinc.net/?p=7499 Best Practices to Secure Your SaaS-Based Applications Whether you are an IT company or a SaaS-based startup, you are constantly under the pressure of balancing productivity gains and lower costs alongside security concerns and compliances for organizational data and SaaS-based applications. The dynamic nature of keeping the corporate technology stack safe has always been a […]

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Best Practices to Secure Your SaaS-Based Applications

Whether you are an IT company or a SaaS-based startup, you are constantly under the pressure of balancing productivity gains and lower costs alongside security concerns and compliances for organizational data and SaaS-based applications. The dynamic nature of keeping the corporate technology stack safe has always been a challenge for security teams. However, the complexities caused by the pandemic period of Covid-19 have forced teams to consider a new set of paradigms and more risks due to the abrupt shift to remote work. 

While managing a distributed team is routine for most organizations, there is even more need for flexibility and reliance on cloud transformation. SaaS platforms like Salesforce, Zoom, and Microsoft365 designed on these principles have significantly benefited from this new work climate. First, however, you need to identify the vulnerable hotspots and the best solution to defend against your SaaS security risks to protect your SaaS applications.

Here is a list of some of the key practices to improve your SaaS application Security.

Better Authentication

Examining how people access SaaS applications in the first place is a practical starting point. However, different cloud providers handle authentication differently. As a result, it may be a complicated process. Some providers give the option of integrating with providers the customers manage, e.g., with Open Authorization or OpenID Connect, Active Directory (AD) via Security Assertion Markup Language, while others do not.

In order to navigate this, it’s crucial for security teams to understand what services are in use and what alternatives are supported by each of them. With this context, admins can choose better authentication based on their specific needs.

User-level Data security monitoring

To confirm compliance with internal and external application security standards, businesses need to monitor the user-level security of data. To deliver user-specific access and other permissions, your cloud provider could provide you with role-based access control (RBAC) features. The motivation behind this is to ensure authorized access to the right people on SaaS applications. This will help enterprises to get accurate, control-based access, enforced level of application security to their SaaS application. 

Along with this, this will segregate the users and describe how they can access data in the enterprise SaaS applications.

Focus more on Personalization

SaaS products are all about providing freedom. The freedom for your customers to personalize it according to their choices. To deliver the best user experience, developers need to provide customers with the freedom to personalize their SaaS applications. This is all about developing an application that works for them rather than the other way around. 

Securing end-to-end data transmission

Securing your SaaS application is possible by encrypting end-to-end data transmission. Businesses can encode their data to protect their apps from unauthorized access and users. Doing this will provide them with integrity, not repudiation, authentication, and confidentiality. However, it would help to ensure that all the server integration will take place over the Transport layer security and TLS needs to be terminated only within the cloud service provider. These cloud providers offer field-level encryption, where you can select the fields of your choice to encrypt and ensure that your data is transmitted and stored securely. To put that in a simple way, even if a user accesses our data, they wouldn’t be able to decode until they have the encryption keys, which are with authorized users only. 

Conclusion:

For businesses looking to adapt to the best SaaS security practices, they need to consider what their business processes are all about. While they get the idea of what their business processes are, they can get more awareness for what data point they are required to secure within the applications.  We believe SaaS security is essential for all businesses. By implementing the right security practices in your organization, you can achieve a higher level of integrity and digital transformation for your business processes.

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NIST Updates Security and Privacy Control Assessment Procedures 800-53A Revision 5 https://cybersecurityinc.net/nist-updates-security-and-privacy-control-assessment-procedures-800-53a-revision-5/ https://cybersecurityinc.net/nist-updates-security-and-privacy-control-assessment-procedures-800-53a-revision-5/#respond Thu, 27 Jan 2022 05:48:23 +0000 https://cybersecurityinc.net/?p=7457 NIST Updates Security and Privacy Control Assessment Procedures 800-53A Revision 5 The National Institute of Standards and Technology (NIST) has issued its latest and final version of organizational guidance to assess its internal IT security systems, following a draft copy and comment period. The document is titled “Assessing Security and Privacy Controls in Information Systems […]

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NIST Updates Security and Privacy Control Assessment Procedures 800-53A Revision 5

The National Institute of Standards and Technology (NIST) has issued its latest and final version of organizational guidance to assess its internal IT security systems, following a draft copy and comment period.

The document is titled “Assessing Security and Privacy Controls in Information Systems and Organizations” updated to correspond with the privacy and security controls in SP 800-53 Revision 5. This publication provides a methodology and set of procedures for conducting assessments of security and privacy controls employed within systems and organizations within an effective risk management framework.

The National Institute of Standards and Technology (NIST) Information Technology Laboratory (ITL) promotes the U.S. economy and public welfare by providing technical leadership for the Nation’s measurement and standards infrastructure.

The SP 800-53A assessment processes are flexible, offering a framework and beginning for control assessments, and can be personalized to the needs of organizations and assessors. NIST officials comprehensively review best practices in assessment procedures to regulate the efficiency of the defense software in place.

Guidelines included in the final draft emphasize improving organizational assessments of current cybersecurity infrastructure, promoting better cybersecurity awareness among users, enabling cost-effective security assessment procedures and privacy controls, and creating reliable security information for executives.

To facilitate use, the assessment procedures are published in multiple data formats, including comma-separated values (CSV), plain text, and Open Security Controls Assessment Language (OSCAL). Click here to view the full document by NIST on best practices in security assessments for organizations.

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Debunking the Biggest 5 Cloud Security Myths https://cybersecurityinc.net/debunking-the-biggest-5-cloud-security-myths/ https://cybersecurityinc.net/debunking-the-biggest-5-cloud-security-myths/#respond Fri, 21 Jan 2022 04:59:19 +0000 https://cybersecurityinc.net/?p=7440 Debunking the Biggest 5 Cloud Security Myths Enterprise cloud adaptation is in full swing, with cloud security and compliance the biggest priority for businesses. There is an exciting phenomenon running across financial institutions. Most banks consider cloud computing to be a significant technology partner for their institutions, yet only fifty-four percent only have a proper […]

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Debunking the Biggest 5 Cloud Security Myths

Enterprise cloud adaptation is in full swing, with cloud security and compliance the biggest priority for businesses. There is an exciting phenomenon running across financial institutions. Most banks consider cloud computing to be a significant technology partner for their institutions, yet only fifty-four percent only have a proper strategy for cloud adaptation. While many businesses are shifting to the cloud bandwagon, many of them are shying away from it. Due to some myths, many companies prefer to store data on-premises than the cloud.

Cloud security demands varied approaches than in the data center—and also requires a different approach. Movements including Shift Left, DevOps, and DevSecOps transform how they approach cloud security posture management (CSPM). Here is a shortlist of some of the biggest myths about cloud security and the truths behind these myths;

Myth # 1: All Clouds have the Same Security

It is one of the most common myths about the cloud. Many people believe that all clouds offer the same level of security. However, the truth is that sometimes even two cloud environments managed by the same provider might have different security measures in place. It depends on the add-ons you have contracted for each cloud environment.

Myth # 2: On-premise Security Is Better Than Cloud Security

It is by far the most common myth regarding cloud security. So many companies still believe that an on-premises data center is better than the cloud. However, the truth is that a public cloud has much fewer breaches than breaches on on-premises overpowering it on a huge scale.

Usually, it is because of the glitches and configuration errors that lead to a disaster around the cloud security. Cloud is integrally safe by design. According to a recent survey from the Cloud Security Alliance, more than 22 percent of respondents faced a data breach because of compromised credentials. One key area is to focus on Identity and Access Management (IAM) policy for cloud apps.

Myth # 3: Validating Infrastructure as Code Files Against the Policy Is Sufficient

Among the key things to consider for IT teams while adopting cloud-based platforms is that doing everything in the cloud console doesn’t scale. Thanks to the blessings of infrastructure as code (IaC) tools, businesses can express the cloud resources required in config files and build and update infrastructure in a scalable and efficient way.

It is good to validate our IaC files against policy to understand if the cloud infrastructure we will build will be secure and compliant. While doing so, what needs to understand is that Shift Left must include application security and infrastructure security. A couple of flaws with this approach may lead you towards misconfiguration vulnerabilities.

Myth # 4: Security is only the responsibility of your Security Vendor

You probably might have moved to the cloud because of its ease and risk-free data management. However, security must take precedence. So many companies provide cloud migrations services to make it easy for you to configure your cloud efficiently. However, this is not only the responsibility of your security vendor.

At an organization’s end, it’s your responsibility to limit your data access and revoke access for employees with whom you have ended your business relationship. Moreover, it would help if you also made sure that your employees are trained and are aware of threats emerging from the space.

Myth # 5: Cloud Witnesses More Breaches

It is one more major myth. As discussed above, the number of attacks on the public cloud is far less than the attacks a company may face from other vectors. Primarily, cloud security deploys layers and firewalls on both internal and external networks. The internal layer prevents errors from the customer side, while the external layer prevents threats like malware and other threat vectors.

The need for cloud adoption may differ from business to business. And usually, the benefits of cloud computing depend on the kind of business that organization is involved in. However, with this increase in cloud-based solutions, addressing the myths that may confuse many people is important. It will help businesses make more informed decisions and ensure that businesses get access to the systems and platforms they need to succeed.

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Log4J: What We Have Learned About the Vulnerability So Far? https://cybersecurityinc.net/log4j-what-we-have-learned-about-the-vulnerability-so-far/ https://cybersecurityinc.net/log4j-what-we-have-learned-about-the-vulnerability-so-far/#respond Fri, 14 Jan 2022 06:47:51 +0000 https://cybersecurityinc.net/?p=7421 Log4J: What We Have Learned About the Vulnerability So Far? It’s been a busy month for organizations struggling to understand the impacts of Log4j vulnerability CVE-2021-44228 (also known as Log4Shell). Ever since the original log4j exploits, we have seen a waterfall of information that has kept IT teams and security professionals across the world buzzing […]

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Log4J: What We Have Learned About the Vulnerability So Far?

It’s been a busy month for organizations struggling to understand the impacts of Log4j vulnerability CVE-2021-44228 (also known as Log4Shell). Ever since the original log4j exploits, we have seen a waterfall of information that has kept IT teams and security professionals across the world buzzing the original Log4J exploit. IT teams who worked long hours to update their Log4j versions to 2.15.0 on December 11th were asked again to do it all over again and upgrade to version 2.16.0. 

The Log4Shell Vulnerability in a Nutshell

Cybersecurity experts call this “a tsunami of attacks” or “the worst flaw in the internet history”. They believe that this could impact millions, if not billions, of websites and servers worldwide. We all know that Log4Shell is a critical remote code execution (RCE) vulnerability in Apache’s library, a global Java-based logging tool.

The worst part is that this vulnerability is extremely easy to exploit. Any hacker with access to an exposed server can execute code remotely by adding a line of malformed code to the log file. 

It’s not just you; it’s all of us:

Just about all organizations are running log4j in their environment. As it runs as an integral part of many java applications, an extensive scanning activity was observed around the globe beginning on December 9th, 2021. What’s threatening over here is that some of this scanning was initiated by security vendors, but most of it was not. Hackers were quick to initiate searching for vulnerable systems.

It’s Still not too late to Patch:

We still believe that there might be fewer compromises than expected. Most hackers might not have started to exploit the flaws yet. If that is the case, the situation may change quite quickly. 

Post-exploitation activity is usually hard to detect. The exploitation is always possible when or where there isn’t visibility. Cyber experts are still observing high volumes of scan traffic detections and are continuously working to generate countermeasures to understand the vulnerability daily.

We already have seen a high volume of activity related to botnets, particularly Mirai and Kinsing (crypto mining). The use of CobaltStrike is also observed as other payloads. At the same time, there have been reports of brand-new ransomware families that have emerged using this exploit.

What Should we do?

The first thing that needs to be done is to update, Patch, and/or take mitigation actions for all vulnerable Log4j servers. Think about proactive security rather than a reactive approach to battle the vulnerability. Think about strengthening your security posture. 

The best way right now to protect our organization and its valuable assets is by deploying the Shift Left approach to your security posture. This eliminates the ability of hackers to exploit back doors and protect your Apps right from the beginning of SDLC. 

Patch the vulnerable applications and systems. If you cannot patch them, apply the mitigations provided by Apache.

Identify systems running with vulnerable versions of Log4j and prioritize internet-facing ones. Authenticated scanners are the most straightforward way to perform this check if you have that capability.

Conclusion:

The impacts of these recent vulnerabilities have taught businesses that having a secure environment for your IT assets is not a choice but a necessity. Having cybersecurity solutions with a proactive approach is the need of the day for your organization. When and where will the following vulnerability be found, it surely will be bigger than the Log4J shell. Prepare in advance for such threats and make your IT infrastructure a secure one. 

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5 Key Drivers for Enterprise Cloud Services Adoption https://cybersecurityinc.net/5-key-drivers-for-enterprise-cloud-services-adoption/ https://cybersecurityinc.net/5-key-drivers-for-enterprise-cloud-services-adoption/#respond Wed, 05 Jan 2022 11:14:41 +0000 https://cybersecurityinc.net/?p=7409 5 Key Drivers for Enterprise Cloud Services Adoption With the advancement of technology, the business world is also moving towards technological implementations in the business mainframe. The exponential rise in business data demands to segregate the approach conveniently without any risk of data loss and hardware installation. With this increase in data, most businesses continuously […]

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5 Key Drivers for Enterprise Cloud Services Adoption

With the advancement of technology, the business world is also moving towards technological implementations in the business mainframe. The exponential rise in business data demands to segregate the approach conveniently without any risk of data loss and hardware installation. With this increase in data, most businesses continuously adopt cloud adaptation practices as cloud computing services.

Especially, the COVD-19 pandemic has shattered most of the remaining restraints on cloud adaptation. In just the past two quarters, the continuous innovation of two decades and learning at scale has enabled the swift and efficient mobilization of distributed teams. As more and more sectors shift vital workloads to the cloud, both IT and other leaders are re-imagining their network, application, and infrastructure architectures.

With this increasing interest of businesses in Cloud adaptation, among startups, SMBs, and Chief Information Officer (CIOs), we have tried to analyze and compile the most important drivers of Cloud services adoption;

Increased Business Agility:

Business agility undoubtedly is a crucial driver behind cloud adaptation among enterprises. Cloud adaptation has provided businesses with a competitive advantage by declining complexity and increasing business agility. Even for SMBs and independent software vendors (ISVs), business agility is the main reason for Cloud migration. Businesses that adopted cloud have observed better agility because of on-demand self-service and rapid elasticity.

Improved Productivity:

The core purpose of every business is to improve its productivity, and cloud transformation is seen as an ideal choice by most organizations. When enterprises adopt the means of fabricated technology, it is believed to see a tremendous change in the range of productivity. Cloud-based tools such as instant messaging, email, voice communication, event schedule, and conferencing are getting increasingly popular among businesses.

Reduced Cost:

Cost-effectiveness is the key driver for any business to adopt cloud computing. Many enterprises are witnessing a considerable reduction in their costs of owning & powering the equipment, maintaining and repairing them, managing the equipment and the physical plant, and all the other predictable and unpredictable costs involved in running their IT infrastructure. The savings from cloud transformation has been estimated at 37%. With security transformation to cloud computing, you are using the cloud provider’s infrastructure instead of your infrastructure.

Flexibility and Scalability:

Flexibility and scalability can be said as one of the biggest business drivers in cloud computing. With COVID-19 hitting the world, everyone was forced to move from traditional business methods towards work from home or a few hours at the office. Most organizations recognize this benefit of cloud transformation with embed as transformative flexibility to the business. The availability of cloud services enables employees to work from any place in the world literally. It simply gives companies the means to scale flexibility and reduce the overheads such as office space.

Creating New Business Avenues:

An organization can open new business opportunities as a cloud service provider. Organizations with a good track record of their own IT can become a Platform-as-a-Service (PaaS) or public Infrastructure-as-a-Service (IaaS) provider. Moreover, if a business implements a private cloud and has spare space on its server, it can sell the additional space capacity as a public cloud to other companies. Alternatively, software companies can enlarge their market by offering cloud services in software-as-a-Service (SaaS).

All the drivers discussed above will impact enterprises at different levels. Cloud migration can have massive benefits when considered, planned, and implemented correctly. The possibilities are endless with help from the cloud.

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Why Shift Left Will Be the Key to Securing Your Business in 2022 https://cybersecurityinc.net/why-shift-left-will-be-the-key-to-securing-your-business-in-2022/ https://cybersecurityinc.net/why-shift-left-will-be-the-key-to-securing-your-business-in-2022/#respond Wed, 29 Dec 2021 07:51:30 +0000 https://cybersecurityinc.net/?p=7350 Why Shift Left Will Be the Key to Securing Your Business in 2022 Developing applications quickly has always been the first most priority for developers. Traditionally, this puts them at the odds of testing them to fix any potential vulnerability. They used to code up to the last minute, which leaves no time to fix […]

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Why Shift Left Will Be the Key to Securing Your Business in 2022

Developing applications quickly has always been the first most priority for developers. Traditionally, this puts them at the odds of testing them to fix any potential vulnerability. They used to code up to the last minute, which leaves no time to fix vulnerabilities for meeting deadlines.

In the past few years, this push-pull between developers and security has led many organizations to look for a way to build security deeper within the application development company lifecycle. The earlier developers find vulnerabilities, the less rework they will have to do. This need to embed security into the software development lifecycle (SDLC) gives birth to “Shift-left Security.” Shift left security practice can do wonders to diminish the risk of releasing your application with vulnerabilities. It will also help optimize the ongoing delivery chain by making security an integral part of the development process.

Defining Shift Left Security:

The simplest way to define Shift left security is moving security to the initial possible point in the SDLC process. The idea is to fix bugs by moving tasks to the left as early as possible in the development lifecycle. This new methodology, “shift-left security,” is a vital part of backing up the DevOps process. Businesses can streamline the development process and enhance pace with the focus on remediating vulnerabilities earlier in the SDLC. It also means to make security a part of the continuous integration/continuous delivery (CI/CD) pipeline for developers to form the cornerstone of DevOps practices.

Why Shift Left?

In the traditional SDLC, the left side of the process is kept for requirements, while the right side is for the testing and delivery. The problem with this practice is that it can’t handle changing requirements and expectations, which results in adverse outcomes for business such as;

  • Unexpected errors
  • Increased costs
  • More time to market

According to research by Ponemon Institute, in 2017, “finding vulnerabilities in the earlier stages may cost you around $80 on average, but the same vulnerability may cost you around $7,500 to detect and fix after the development process.”

Key Benefits to Shift Left:

Enhanced accountability between non-security team members: Shift left practice helps your workforce understand that security is the key to success, and they need to make it a part of their daily work.

More code gets tested: Shifting left in the software development company  life cycle will allow your team more opportunities for code to be scanned and security bugs to be remediated.

Much mature Planning: The shift-left approach is not just about technology; it’s also about people. Bringing a security DRI in your integral planning will ensure that your security account is required in all SDLC stages. It will also streamline end-of-cycle security reviews, diminish fraction among teams, and enhance the chances of hitting your deadline with a secured product.

Tips for effective DevSecOps

  1. Automate and integrate the security scans. Make scans pervasive so that every code change is reevaluated and vulnerabilities are found at their source of creation.
  2. Classify pain points and blocks between security and development, create a plan to resolve them, and then implement that plan.
  3. Evaluate the time wasted in dealing with vulnerabilities after code is implemented. Then, look for a pattern in the type or source of those vulnerabilities and make improvements.
  4. Provide access to SAST and DAST reports to the developers. While this is significant to remediate vulnerabilities, it’s also a helpful tool to help developers build secure coding practices.
  5. Build security scans into the developer’s workflow. Integrated security enables developers to find and fix vulnerabilities before the code leaves their hands. It also reduces the volume of vulnerabilities sent to the security team, streamlining their review.
  6. Make small code changes. More minor updates are easier to review and secure and can be launched more quickly than monolithic project changes.

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Top 4 Most Impactful Cybersecurity Incidents of 2021 https://cybersecurityinc.net/top-4-most-impactful-cybersecurity-incidents-of-2021/ https://cybersecurityinc.net/top-4-most-impactful-cybersecurity-incidents-of-2021/#respond Fri, 24 Dec 2021 07:22:01 +0000 https://cybersecurityinc.net/?p=7334 Top 4 Most Impactful Cybersecurity Incidents of 2021 Just like any other year, 2021 has witnessed its share of big security incidents and data breaches that impacted many organizations. According to a survey by Identity Theft Resource Center (ITRC), more than 1291 breach incidents were reported publically on 30th Sept. This is already 17% higher […]

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Top 4 Most Impactful Cybersecurity Incidents of 2021

Just like any other year, 2021 has witnessed its share of big security incidents and data breaches that impacted many organizations. According to a survey by Identity Theft Resource Center (ITRC), more than 1291 breach incidents were reported publically on 30th Sept. This is already 17% higher than the breaches disclosed in 2020. And if this trend continues, 2021 will break the record of 2017 for 1529 breaches reported within a year.

The Log4J vulnerability hit the public on Dec 10, becoming the most critical security threat of 2021. However, by far, this was not the only security incident that the world had to fight with all through the year. Ransomware attacks on JBS Foods, Colonial Pipeline, and other big organizations made headers in 2021 and still are not slowing down. The year 2021 has witnessed many high-profile attacks on corporations around the world. Here are some of the biggest cyberattacks that made headlines in 2021.

The Log4J Vulnerability:

A vulnerability living within the java-based software known as “Log4J” trembled the internet world this December. The list of victims covers almost a third of all web servers in the world. A survey by a leading cybersecurity firm Checkpoint claims that more than 3,700,000 hacking attempts were seen to exploit the vulnerability.

 Big tech giants like Microsoft, Amazon, IBM, Twitter, Oracle, Google, and the most popular video game company, Minecraft are among the tech and industry giants running the popular software code that has left hundreds of millions of devices exposed. This is a wake-up call for many companies to revisit their security transformation policies and focus on cybersecurity as the core of their businesses.

Colonial Pipeline Attack:

On Friday, May 7, Colonial Pipeline said that a cyberattack enforced the company to proactively freeze its IT systems and shut down its operations. The attack was made by a group later identified as Russia-based DarkSide. This caused Colonial to shut down the entire length of its 5,500-mile pipeline for the first time in its history. The Colonial Pipeline attack made a huge impact as the pipeline is a very crucial part of the US critical infrastructure system. This shutdown disturbed gas supplies throughout the East Coast of the United States, causing panic and chaos.

Acer:

During the same time in May this year, Acer a giant computer manufacturing company was attacked by the REvil hacker group. This same group was also responsible for an attack on Travelex, a London foreign exchange firm. The hackers took advantage of a vulnerability in a Microsoft Exchange server to get access to Acer’s files. They released images of sensitive financial spreadsheets and documents. The $50 million ransom stood out as the largest known to date.

Attack on a chemical distribution company, BRENNTAG:

Also in May this year, Brenntag, a chemical distribution company, was attacked by the same notorious hacker group that targeted Colonial Pipeline. The group demanded the equivalent of 7.5 million dollars in bitcoin after stealing 150 GB worth of data. Brenntag soon surrendered to the demands and ended up paying $4.4 million. While this is a little more than half of the original demand, it still stands among the highest ransomware payments in history.

Conclusion: Businesses around the globe, be it a small firm, or a big private or public corporation needs to understand the importance of embedding a shift left approach to their security infrastructure. Security needs to be an essential part of your SDLC and compliance framework. Your security team needs to stay alert and train all employees on cybersecurity.

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